Compressed air pipe HBS series
for gasfor nitrogenaluminum

Compressed air pipe - HBS series - TESEO - for gas / for nitrogen / aluminum
Compressed air pipe - HBS series - TESEO - for gas / for nitrogen / aluminum
Compressed air pipe - HBS series - TESEO - for gas / for nitrogen / aluminum - image - 2
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Characteristics

Use
for gas, for compressed air, for nitrogen
Material
aluminum
Applications
for compressed air networks
Norms
DIN
Other characteristics
extruded, with smooth inner surface, modular, rectangular
Inner diameter

Min.: 18 mm
(0.709 in)

Max.: 115 mm
(4.528 in)

Outer diameter

Min.: 25 mm
(0.984 in)

Max.: 110 mm
(4.331 in)

Pressure

15 bar
(217.557 psi)

Temperature

Min.: -20 °C
(-4 °F)

Max.: 120 °C
(248 °F)

Description

The great innovation of this unique system lies in the methods and means to add lines of compressed air and other fluids under pressure. The system is mainly composed of an extruded aluminium bar, which presents an external rectangular section with tee slots and an internal bore of large dimension to carry a considerable flow of compressed air. A wide selection of straight joints, T or L joints allows for airlines of whatever length and shape. To complete the equipment we supply a number of outlet plates of various dimensions and shapes. The Teseo Modular aluminium Pipework System is leak free due to positive o-ring seals. The following advantages stand out -Fast installation. -Quick installation of additional outlets. -Easy to make changes and add new branch lines. -Clean and smooth inner and outer surfaces. -Integrated modular system TECHNICAL CHARACTERISTICS -Extruded Aluminium: Alloy EN AW-6060 UNI EN 573-3:1996 -International designations: ANSI 6060 - DIN1748/1: AlMgSi 0,5 BS 6060 -Chemical composition: Si: 0,45 - Mg: 0,45 - Fe: 0,3 -Heat treatment: Aging T5 o T6 -Surface treatment (upon request) : Chemical silver anodization -Specific weight, density: Kg/dm³ 2,71 -Electrical conductivity: % IACS 53 -Thermal Conductivity: W/m·K 200 -Specific heat: J/Kg·K 96 -Chaleur spécifique: J/Kg·K 96 Coefficient de dilatation: mm/m °C 0,024 -Charge max. de traction: Kg/mm² 24 -Charge de rupture: Kg/mm² 20 -Module d’élasticité: Kg/mm² 6.700 -Yield strength: Kg/mm² 20 -Modulus of elasticity: Kg/mm² 6.700 -Brinell hardness: HB 70÷80 -Melting range: °C 600-650 -O-ring material: NBR 70 -Screw material : Steel class 8.8 -Screw driving torque: Nm 10÷13,5 (90÷120 Inch Lbs)
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.